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Results on Analog.com

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  1. AD7548
    Not Recommended for New Designs
    Product
    Multiplying Current Output D/A Converters
    12-Bit, Multiplying, IOUT DAC, 8-Bit Bus
    AD7548

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    Datasheet

    Documentation

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    Sample & Buy

  2. AD7543
    Not Recommended for New Designs
    Product
    Multiplying Current Output D/A Converters
    12-Bit, Multiplying IOUT, SERIAL
    AD7543

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    Datasheet

    Documentation

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    Sample & Buy

  3. AD7542
    Not Recommended for New Designs
    Product
    Multiplying Current Output D/A Converters
    Precision 12-Bit CMOS Multiplying IOUT DAC, 4-Bit Bus
    AD7542

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    Sample & Buy

  4. AD7547
    Not Recommended for New Designs
    Product
    Multiplying Current Output D/A Converters
    Dual 12-Bit CMOS DAC with Parallel Load Input Structure
    AD7547

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  5. AD7545
    Not Recommended for New Designs
    Product
    Multiplying Current Output D/A Converters
    CMOS 12-Bit Buffered Multiplying DAC With Onboard Data Latches
    AD7545

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  6. AD7528
    Not Recommended for New Designs
    Product
    Multiplying Current Output D/A Converters
    CMOS Dual 8-Bit Buffered Multiplying DAC
    AD7528

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  7. AD7549
    Not Recommended for New Designs
    Product
    Multiplying Current Output D/A Converters
    12-Bit, Dual, Multiplying, IOUT D/A Converter
    AD7549

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  8. AD7538: LC2MOS Microprocessor-Compatible 14-Bit DAC Data Sheet
    Data Sheet

    PDF

    148 kB

  9. AD7524
    Production
    Product
    Multiplying Current Output D/A Converters
    CMOS 8-Bit Buffered Multiplying DAC
    AD7524

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  10. AD7840
    Production
    Product
    Single-Channel Voltage Output D/A Converters
    Complete 14-Bit CMOS DAC
    AD7840

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Results on EngineerZone

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    1. Question about AD7548JN Sampling Rate

      Forum Thread
      Answered
      Precision DACs
      14 April, 2021
      Hello, What is a sampling rate of AD7548JNZ? I need it to create a parameter sheet. Thanks, Kazu

    2. RE: Question about AD7548JN Sampling Rate

      Forum Reply
      Precision DACs
      19 April, 2021
      Hi Kazu, Based on the timing specifications, it should be around 1.3 MSps for Ta= 0 to 70C, VDD=5V since you need two consecutive parallel writes to update the DAC register. Can you share some information if you are considering this part for a new design? This is …

    3. Using AD584JNZ as a 5.0V Reference

      Forum Thread
      Answered
      Voltage References
      12 January, 2015
      I'm using AD584JNZ as a 5.0V Reference. According to the data sheet Rev.C on page 6 of 12, for 5.0V out connect pins 1 and 2 together. I've Spiced the circuit with pins 1 and 2 connected. I get 10V out. If I connect pins …
      using ad584jnz as a 5.0v reference

    4. RE: Using AD584JNZ as a 5.0V Reference

      Forum Reply
      Voltage References
      13 January, 2015
      Hi Anna, I also simulated in Multisim. It makes a big difference when you connect pin 4 to ground. That was my problem, I simply forgot to connect the ground pin. Thank you, David

    5. RE: Using AD584JNZ as a 5.0V Reference

      Forum Reply
      Voltage References
      13 January, 2015
      Hi, David. Overlooking the ground connection is a usual problem but I think this will be a great lesson that ground is as important as the other pins. Glad I helped you. Regards, Anna

    6. RE: Using AD584JNZ as a 5.0V Reference

      Forum Reply
      Voltage References
      12 January, 2015
      Hi, David. I simulated AD584JN SPICE model in Multisim and it works fine. The values coincides with the datasheet's values. I followed everything on page 6 of the datasheet. Please take a look at the attached file. Regards, Anna

    7. Can AD848 substitute an OPA604?

      Forum Thread
      Answered
      Operational Amplifiers
      14 January, 2024
      Hi, I'm new here. I just wanted to know if the AD848JNZ can be used to substitute an BB OPA604AP? If yes, thank you. If not, which high speed AD op-amp would be superior to the BB op-amp for audio? Thank you
      Operational Amplifiers (Op Amps)amplifiershardwareADA4610-1ad848Precision Op Amps (Vos ≤1mV & TCVos ≤2uV/C)High Speed Op Amps (Bandwidth = 50MHz)Low Noise Op Amps (= 10nV/vHz)AD848JNZ vs OPA604High Voltage Op Amps =12V

    8. AD7503: J model and K model difference

      Docs & FAQs
      Other Products (EN)
      QuestionWhat's the difference between AD7503JNZ and AD7503KNZ? I can not find any information about AD7503JNZ in the datasheet.AnswerThe only difference the J model and the K model is the Vih spec. For the J model it is 3V min and the following note applies - A pull-up resistor …
      ad7503CN20130395

    9. AD7503: J model and K model difference

      Docs & FAQs
      Precision ADCs
      Q What's the difference between AD7503JNZ and AD7503KNZ? I can not find any information about AD7503JNZ in the datasheet. A The only difference the J model and the K model is the Vih spec. For the J model it is 3V min and the following note applies - A pull …
      ad7503

    10. DC Voltage Calibration Sources for the ADALM1000

      Blog Post
      Virtual Classroom for ADI University Program
      02 January, 2016
      dmercer
      … of the ALM1000 can be switched between ground and the 2.5 V reference to calibrate both offset and gain. Single unit cost for the AD584JNZ is $8.01 at Mouser. According to the AD584 datasheet for the J grade part the output voltage worst case should be within +/- 7 …
      university_programSeries Voltage Referencesad584voltage referencesadalm1000dc_calibrationanalog_discoveryadalp2000ref43

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